Lockwood 9000/9100 Series Electromechanical Rim Type Panic Exit Device Lockwood 9000/9100 Series Electromechanical Rim Type Panic Exit Device Lockwood 9000/9100 Series Electromechanical Rim Type Panic Exit Device The Lockwood 9000/9100 Electromechanical Rim Type Panic Exit Device is designed for locking of emergency exits in accordance with BCA Standards D2 -21 (d) for Egress, Fire and Safety Regulations for Public Buildings. Provides a ready means of escape at all times by the single action of pushing on a horizontal bar fitted across the full width of a door. Features of the 9000/9100 Series Electromechanical Rim Type Panic Exit Device Suitable for single and double door applications of 900 or 1200mm width doors 9000/9100 adjustable on site. 9700 factory made to order The basic 9000 Series Horizontal Panic Exit Device is suitable for timber, metal and security glass doors with mid rail All functions are reversible and non-handed Deadlatching on all bolts Specification VoltageThe power supply must be regulated rectified DC voltage 24VDC or 48VDC +/- 10% Current24Vdc +/- 10%, 145mA, 48Vdc +/- 10%, 73mA MonitoringOpen/ Close Monitoring EnvironmentOperational temperature range -20°c to + 60°c Case/CoverElectroplated pressed steel LatchboltsDouble chrome plated Steel Door thickness35-60 mm Standard CylinderSpecial keyed options available SecurityLevel S2 AS4145.2-1993 DurabilityLevel D3 AS4145.2-1993 Furniture9000/10SIL Lever Plate, 9000/15SIL, 9000/20SIL FinishesBody -Silver Powdercoat, Touchbar - Red Powdercoat Dimensions Close Downloads Electromechanical Door Solutions.pdf (.pdf, 8.4 MB) Lockwood Panic Exit Devices Catalogue.pdf (.pdf, 1.7 MB) Close Where to buy? Find your local Lockwood stockist. Lockwood 9500/9600 Series Rim Type Panic Exit Device with Mortice LockUsed in conjunction with the 3572 Mortice Lock. Lockwood 9000/9100 Series Rim Type Panic Exit DeviceSuitable for single and double door applications. Lockwood 9300/9400 Series Vertical Type Panic Exit DeviceSuitable for single and double door applications.